OCR • Physics A

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for medical, nuclear, particle and radioactivity below are the topics covered: -X-rays and attenuation -CAT and PET scans -Radioactive tracers -Ultrasound and acoustic impedance -Doppler sonography -Alpha particle, Geiger muller tube and nuclear radius equations experiment -Decay equations, carbon dating and background radiation -Characteristics of an atom -Str...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for thermal physics and ideal gases, circular motion and oscillations, gravity and astrophysics and cosmology, below are the topics covered: -Heating and cooling graphs, SHC and SLH -Kelvin and moles -Gas laws and constants -Kinetic energy and theory equations -Kinetic model and Maxwell-Boltzmann distribution curve -Angular velocity/frequency, centripetal force and...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for electricity, waves and quantum physics, below are the topics covered: -Kirchhoff's and Ohm's laws -Electronic components and circuits -Power, resistance, voltage, charge and current equations -Electromotive force and internal resistance -Mean drift velocity -Types of waves and their properties -Reflection, refraction, polarisation, diffraction and superposition...

Clear concise course outlined notes with labelled explained diagrams, covering all aspects of the A-LEVEL OCR A specification for forces and motion below are the topics covered: -Projectile motion and forces -Scalar and vector quantities and graphs -Newtons laws (1 - 3) -Moments, torque and work done -Density, pressure and momentum -Springs and young's modulus -Stress and strain with graphs -Materials and graphs -Bulk properties of solids

A summary of magnetic fields, corresponding to Chapter 22 of the OCR Physics A textbook

A summary of electric fields, Chapter 22 of the OCR Physics A textbook

A summary of the OCR Physics A textbook for capacitance

A summary of the OCR Physics A textbook for Chapter 18 Gravitational Fields

Summarised notes of A2 Circular Motion, corresponding to Chapter 16 of the OCR Physics A textbook

A booklet comprising of concise but detailed notes on waves

A booklet comprising of concise but detailed notes on nuclear physics, radioactivity, and particle physics

A booklet comprising of concise but detailed notes for the astrophysics and cosmology module

A booklet comprising of concise notes for the OCR Physics A course

Summary notes on topic 6.3 Electromagnetism covering magnetic fields, current carrying conductors, right hand grip rule, Flemming’s left hand rule, electromagnetic induction, magnetic flux density, magnetic flux linkage, charged particles in magnetic fields, velocity selector, Faraday’s law, Lenz’s law, alternating current generators and transformers. Notes feature definitions, highlighted key terms, explanations, diagrams and equation break downs.

Summary notes on topic 6.2 Electric fields covering electric field strength, electric field patterns, Coulomb’s law, uniform electric fields between parallel plate capacitors, charged particles in electric fields, electric potential and energy, and capacitance of charged spheres. Notes feature definitions, highlighted key terms, explanations, diagrams and equation break downs.

Summary notes on topic 6.1 Capacitors covering capacitors in series and parallel, charge stored by capacitors, work done by capacitors, charging capacitors, discharging capacitors and uses of capacitors. Notes feature definitions, highlighted key terms, explanations, diagrams and equation break downs.

Summary notes for topic 6.4 Nuclear and particle physics covering the alpha particle scattering experiment, isotopes, fundamental forces, antiparticles, hadrons, leptons, quarks, beta decay, alpha decay, gamma decay, radiation, half-life, activity, decay constant, carbon dating, Einstein’s mass-energy equation, binding energy, fission and fusion. Notes feature definitions, highlighted key terms, explanations, diagrams and equation break downs.

Summary notes for topic 6.5 Medical physics covering X-rays, X-ray scattering, gamma camera, CAT scans, PET scans, Ultrasound, Doppler imaging, acoustic impedance. Notes feature definitions, highlighted key terms, explanations, diagrams and equation break downs.

Summary notes for topic 3.2 Forces in action covering force, mass, weight, acceleration, centre of mass, free body diagrams, drag, terminal velocity, moments, couples, torques, triangle of forces, density, pressure, upthrust and Archimedes’ principle. Notes contain definitions, highlighted key terms, explanations, diagrams and break downs of equations

Summary notes for topic 3.3 Work, energy and power covering equations, energy transfers, efficiency and types of energy . Notes contain definitions, highlighted key terms, explanations, diagrams and break downs of equations